/// <summary>
/// The player should now have the option of hitting, staying, splitting or doubling down.
/// This function should run through the motions of the actual game of blackjack
/// </summary>
/// <param name="player"></param>
private void PlayerPlay(Player player, Hand thisHand)
{
int total = thisHand.Total;
thisHand.Status = HandStatus.InPlay;
string option = "begin";
string probabilityOptions = "";
string probOption = "";
while (total < 21 && (option.ToLower() == hit || option.ToLower() == "begin" || option.ToLower() == prob) && thisHand.Status != HandStatus.Bust)
{
UpdateTable(true, true);
if (probabilityOptions != "")
{
show.ProbabilityOfCards(Deck.ProbabilityOfCard(probabilityOptions)); probabilityOptions = "";
}
show.PlayerOptions(player.Name);
option = show.Read();
if (option.IndexOf(' ') != -1)
{
probOption = option; option = option.Substring(0, option.IndexOf(' '));
}
show.Clear();
string lowerOption = option.ToLower();
if (lowerOption == hit)
{
Hit(thisHand);
}
else if (lowerOption == dbl)
{
if (!Double(player, thisHand))
{
var message = "You do not have enough money to double";
show.AddToMessage(message);
option = "begin";
}
else if (thisHand.Status != HandStatus.Bust)
{
thisHand.Status = HandStatus.Played;
}
}
else if (lowerOption == split)
{
if (thisHand.Cards[0].Name == thisHand.Cards[1].Name)
{
// We also need to verify that the player has enough money to split.
Split(ref player);
option = stand;
thisHand.Status = HandStatus.Played;
}
else
{
var message = "Split is not valid in this situation.";
show.AddToMessage(message);
option = "Begin";
}
}
else if (lowerOption == prob)
{
probabilityOptions = CheckProbability(probOption);
}
else
{
option = stand;
thisHand.Status = HandStatus.Played;
}
}
}
/// <summary>
/// The player should now have the option of hitting, staying, splitting or doubling down.
/// This function should run through the motions of the actual game of blackjack
/// </summary>
/// <param name="player"></param>
private void PlayerPlay(Player player, Hand thisHand)
{
int total = thisHand.Total;
thisHand.Status = HandStatus.InPlay;
string option = PlayerOption.begin.ToString();
string probabilityOptions = "";
string probOption = "";
while (total < 21 && (option.ToLower() == PlayerOption.hit.ToString() || option.ToLower() == PlayerOption.begin.ToString() || option.ToLower() == PlayerOption.prob.ToString()) && thisHand.Status != HandStatus.Bust)
{
if (probabilityOptions != "")
{
show.ProbabilityOfCards(Deck.ProbabilityOfCard(probabilityOptions)); probabilityOptions = "";
}
UpdateTable(true, true);
show.PlayerOptions(player.Name);
option = player.GetPlayInput(thisHand, Dealer.Hands[0].Cards.First());
if (option.IndexOf(' ') != -1)
{
probOption = option; option = option.Substring(0, option.IndexOf(' '));
}
show.Clear();
string lowerOption = option.ToLower();
PlayerOption playerOption = GetIntOption(lowerOption);
switch (playerOption)
{
case PlayerOption.hit:
Hit(thisHand);
break;
case PlayerOption.dbl:
if (!Double(player, thisHand))
{
var message = "You do not have enough money to double";
show.AddToMessage(message);
option = PlayerOption.begin.ToString();
}
else if (thisHand.Status != HandStatus.Bust)
{
thisHand.Status = HandStatus.Played;
}
break;
case PlayerOption.split:
if (thisHand.Cards[0].Name == thisHand.Cards[1].Name)
{
// We also need to verify that the player has enough money to split.
Split(ref player);
option = PlayerOption.stand.ToString();
thisHand.Status = HandStatus.Played;
}
else
{
var message = "Split is not valid in this situation.";
show.AddToMessage(message);
option = PlayerOption.begin.ToString();
}
break;
case PlayerOption.prob:
probabilityOptions = CheckProbability(probOption);
break;
case PlayerOption.stand:
default:
thisHand.Status = HandStatus.Played;
break;
}
}
}
